Answer:
Thematic Apperception Test
Explanation:
Question Completion:
Pour 67 mL of Juice B followed by 29 mL of Juice A into the 100 mL graduated cylinder. What is the percent strength of each juice?
Answer:
The
percent strength of Juice B = 70%.
The percent strength of Juice A = 30%.
Explanation:
a) Data and Explanation:
Juice B = 67 mL
Juice A = 29 mL
Graduated Cylinder capacity = 100 mL
Total juice of B and A = 96 mL
The percent strength of Juice B = 70% (67/96)
The percent strength of Juice A = 30% (29/96)
b) The percent strength is the computation of how much of Juice A substance is dissolved into a specific amount of Juice B liquid. The percent strength establishes the part-to-whole relationships. A percent is a part of the 100 total parts. The 100 total parts in this case = 96 (67 + 29). Therefore, the part of Juice A in the total parts = 29/96 * 100 = 30% , while the part of Juice B in the total parts = 67/96 * 100 = 70%. Knowing the percent strength of each liquid helps to determine the content of each juice.
<u>As filtrate moves down the loop of henle, the surrounding interstitial </u><u>fluid </u><u>becomes </u><u>more </u><u>concentrated than the filtrate, so </u><u>water</u><u> leaves the filtrate.</u>
What is the movement of substances from the blood into the proximal tubule?
- In the urine of experimental rodents and humans (eating a Western-style diet), urea is the most prevalent solute.
- In comparison to plasma and extracellular fluids, it is significantly more concentrated in urine.
Which part of the tubule is permeable to water only under the influence of ADH?
- ADH operates on the distal tubules and collecting ducts, increasing their water permeability to counterbalance that shift.
- Reabsorbing water as a result lowers blood osmolarity, concentrates urine, and decreases urine volume.
What does white cells in urine mean?
- If your doctor performs a urine test and discovers an excessive number of leukocytes, this may indicate an infection.
- White blood cells called leukocytes assist your body in battling pathogens.
- It's frequently a symptom of a problem somewhere in your urinary tract when you have more of them than usual in your urine.
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